Ion atomizer

Abstract

The invention discloses an ion atomizer which comprises a body, and the body comprises a mask part, a liquid storage device, an atomization generation device, an ion generation device, an oxygen supply device, a control module and a carrier supporting part. The carrier supporting part is provided with a main bearing body and a liquid storage device installed on the main bearing body, a power supply unit of the body, a control module connected with the power supply unit and an ion generation device connected with the control module are installed in the inner space of a shell of the main bearing body, and a control assembly connected with the control module is installed on the shell of the main bearing body; the mask part is connected with the liquid storage device of the carrier supporting part through an ion spraying adapter, the mask part is provided with an oxygen output hole, a negative ion output hole and an atomizing medium output hole, and the ion spraying adapter is provided with an atomization generating device and an electrode assembly of an ion generating device. The ion atomizer can synchronously output oxygen, negative ions and an atomizing medium, has multiple functions and gives better use experience to a user.

Description

Technical Field

[0001] The present invention relates to the field of atomization equipment, and in particular to an ion atomizer suitable for being worn or held by a user. Background Art

[0002] In the healthcare field, the application of nebulizers is becoming more and more widespread. Traditional nebulizers have relatively simple functions and can often only output a single medium, such as only being able to perform drug atomization or simple humidification functions. Moreover, the existing nebulizers are not advanced enough when converting liquids into mist particles, resulting in uneven sizes of atomized particles, which are difficult to be effectively absorbed by the human body. The care effect on the respiratory tract and lungs is limited, and it cannot meet multiple needs such as moisturizing, soothing, cleaning and repairing at the same time.

[0003] In the beauty field, traditional moisturizing devices are usually unable to effectively transport moisture and nutrients to the deep layers of the skin, but only stay on the surface of the skin, and the moisturizing effect is short-lived and not significant.

[0004] In addition, the atomized medium produced by traditional nebulizers does not have the function of sterilization and anti-inflammation, which is very critical and necessary in many practical application scenarios, especially in the treatment and care of respiratory and lung diseases. However, the existing technology cannot meet this demand, resulting in a significant reduction in the treatment and care effects.

[0005] In view of the shortcomings of existing atomizers, such as single function, uneven atomization particles, poor respiratory and lung care effects, and inability to penetrate deep into the skin to replenish moisture and nutrients in terms of beauty, the inventors have made a series of considerations and developed corresponding countermeasures. Summary of the invention

[0006] The present invention aims to solve the above technical problems and provide an ion atomizer which is small in size, easy to use and carry, and can simultaneously complete the atomization output function while meeting the needs of negative ion and oxygen output.

[0007] To solve the above technical problems, the embodiments of the present invention provide an ion atomizer, comprising a body, wherein the body comprises a mask portion, a liquid storage device, an atomization generating device, an ion generating device, an oxygen supply device, a control module, and a carrier supporting portion;

[0008] The carrier support part comprises a main carrier and a liquid storage device installed on the main carrier, a power supply unit of the main body, a control module connected to the power supply unit, and an ion generating device connected to the control module are installed in the inner space of the shell of the main carrier, and a control component connected to the control module is installed in the shell of the main carrier;

[0009] The mask part is connected to the liquid storage device of the carrier support part through an ion spray adapter. The mask part is provided with an oxygen output hole, a negative ion output hole, and an atomization medium output hole. The ion spray adapter is provided with an atomization generating device and an electrode assembly of an ion generating device.

[0010] Compared with the prior art, the ion atomizer provided by the present invention satisfies the diversified functions. The ion generating device utilizes high voltage discharge to charge the droplets to form negative ion mist, enhances its interaction with human cells, and improves the therapeutic and cosmetic effects. In addition, the oxygen supply device generates oxygen by compressing oxygen or chemical reaction, and can accurately control the output and concentration of oxygen, and cooperate with negative ions and ion atomization media. The control module, as the core of the entire device, integrates a microprocessor and a sensor, and can monitor the working status of the device in real time, such as liquid residue, oxygen concentration, atomized particle size, etc., and intelligently regulate each device according to preset parameters and user operation instructions.

[0011] The form of the liquid storage device provided in the present invention includes but is not limited to a box structure, which is used to store the liquid to be atomized, and has good sealing and capacity indication functions, making it convenient for users to understand the remaining amount of liquid, the liquid storage device.

[0012] In the ion atomizer provided by the present invention, the ion spray adapter has a socket portion that is socketed in the mask portion and a stop portion arranged at one end of the socket portion. The ion spray adapter is provided with an oxygen input channel, an ion discharge needle mounting portion, and an atomizing medium input channel that respectively cooperate with the oxygen output hole, negative ion output hole, and atomizing medium output hole provided in the mask portion.

[0013] In the ion atomizer provided by the present invention, the atomizing medium input channel is equipped with an atomizing sheet of the atomizing generating device, and the atomizing medium input channel is provided with an atomizing sealing ring located at the front end of the atomizing sheet and a special-shaped atomizing sheet sealing ring located at the rear end of the atomizing sheet. The atomizing generating device adopts advanced high-frequency vibration technology to quickly convert the liquid in the liquid storage device into tiny droplets. The vibration frequency of the device can be adjusted to adapt to different liquid properties and atomization requirements, ensuring that the generated droplets are fine and uniform and easy to be absorbed by the human body.

[0014] In the ion atomizer provided by the present invention, the stop part of the ion spray adapter has a stop plate and an annular part arranged on the outer peripheral edge of the stop plate, the cavity formed by the stop plate and the annular part is provided with a rear extension part which is coaxial with the atomization channel provided by the socket part, the channel end of the rear extension part is provided with a stop platform, and the entrance section of the rear extension part is provided with a sinking platform.

[0015] In the ion atomizer provided by the present invention, the special-shaped atomizing sheet sealing ring has a stabilizing annular portion into which a stop plate, an annular portion and an annular recess formed by a rear extension portion are placed, and a rear convex support portion is arranged in the middle of the stabilizing annular portion, the rear convex support portion is provided with an opening communicated with the rear extension portion channel, and the stabilizing annular portion is provided with an eight-shaped rear convex stabilizing foot connected to the rear convex support portion.

[0016] In the ion atomizer provided by the present invention, the carrier supporting part is composed of a front shell, a rear shell, and a bottom plate enclosure. The bottom plate is provided with a C-shaped columnar part with a ridge, a T-shaped part close to one of the ridges of the C-shaped columnar part, and a column base part close to the other ridge of the C-shaped columnar part. A locking piece is provided between the bottom plate and the front shell.

[0017] In the ion atomizer provided by the present invention, the front shell is provided with a deflection part, the adjacent part of the deflection part and the front shell is provided with a positioning head, the liquid storage device is provided with a tongue-shaped part, and the tongue-shaped part is provided with a positioning groove matched with the positioning head.

[0018] In the ion atomizer provided by the present invention, the deflection portion is provided with a C-shaped fixed slide groove, and the liquid storage device is provided with a C-shaped sliding block matched with the positioning slide groove.

[0019] In the ion atomizer provided by the present invention, the deflection part is provided with a press-to-pop-open body, a liquid storage device lock tongue arranged on the press-to-pop-open body, and a liquid storage device unlocking button.

[0020] The present invention provides the application of the ion atomizer in the fields of medical treatment, health care and beauty.

[0021] The present invention has the following beneficial effects: 1. By synchronously outputting oxygen, negative ions and ion atomization media, the function of the atomizer is greatly enriched. The supply of oxygen helps to increase the oxygen content of human cells, enhance cell vitality and metabolism, and has a positive effect on physical recovery and skin health.

[0022] 2. Secondly, the ion atomization medium can act on the respiratory tract and lungs delicately and evenly, moistening and soothing the respiratory tract more effectively, significantly alleviating cough symptoms, and bringing a better care experience to patients with respiratory diseases. At the same time, the cleaning and repair effects on the lungs have also been significantly improved, which helps prevent and improve lung diseases.

[0023] 3. Furthermore, the production of negative ions can not only increase the freshness of the air, but also has antioxidant and anti-fatigue effects, which helps to improve the body's immunity and overall health level.

[0024] 4. In terms of beauty, ion mist can penetrate deep into the skin to replenish moisture and nutrients. Compared with traditional moisturizing equipment, the moisturizing effect is more lasting and more significant, effectively improving problems such as dry and rough skin, making the skin smoother, delicate and elastic.

[0025] 5. In addition, the ion spray of the present invention has bactericidal and anti-inflammatory functions, can effectively inhibit the growth and spread of bacteria and inflammation, reduce the risk of infection, and provide more reliable protection for the respiratory tract and skin.

[0026] 6. Finally, the advanced control module makes the equipment operation more convenient and intelligent. Users can easily adjust various parameters according to their own needs, which improves the comfort and convenience of use. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 This is the front view of the ion atomizer.

[0028] Figure 2 This is the rear view of the ion nebulizer.

[0029] Figure 3 This is the left side view of the ion atomizer.

[0030] Figure 4 This is the right side view of the ion atomizer.

[0031] Figure 5 This is a top view of the ion atomizer.

[0032] Figure 6 This is a bottom view of the ion atomizer.

[0033] Figure 7 This is a three-dimensional diagram of the ion atomizer.

[0034] Figure 8 This is a cross-sectional view of the ion nebulizer.

[0035] Fig. 9 This is the principle block diagram of the ion atomizer.

[0036] Fig.10 This is an exploded diagram of the ion atomizer.

[0037] Fig.11 This is an exploded view of the mask and ion spray adapter.

[0038] Fig.12 For ion spray adapter Figure 1 .

[0039] Fig.13 For ion spray adapter Figure 2 .

[0040] Fig.14 A cross-sectional view of the ion spray adapter.

[0041] Fig.15 Three-dimensional sealing ring for special-shaped atomizer Figure 1 .

[0042] Fig.16 Three-dimensional sealing ring for special-shaped atomizer Figure 2 .

[0043] Fig.17 This is a partial enlarged view of the base plate.

[0044] Fig.18 This is a three-dimensional diagram of the front shell.

[0045] Fig.19 It is a three-dimensional diagram of the water tank in the liquid storage device.

[0046] Fig. 20 This is a diagram of the locking structure of the liquid storage device.

[0047] Fig.21 This is a cross-sectional view of the locking structure of the liquid storage device. DETAILED DESCRIPTION

[0048] In order to make the technical means, creative features, objectives and effects achieved by the present invention easy to understand, the present invention is further described below in conjunction with specific embodiments.

[0049] An embodiment of the present invention provides an ion atomizer, see Figure 1-21 , including a main body, the main body includes a mask part 2, a liquid storage device, an atomization generating device, an ion generating device, an oxygen supply device, a control module, and a carrier supporting part 1. The mask part can be worn at the mouth and nose of the human body, which can not only meet the oxygen supply, but also synchronously supply the atomization medium and negative ions. The carrier supporting part not only meets the function of the supporting structure of the main body, but more importantly, the carrier supporting part can also meet the needs of consumers to hold it in hand, and meet the functional requirements of miniaturization and convenience for human body to hold in hand. The ion atomizer can output oxygen, negative ions, and atomization medium synchronously, and while having multiple functions, it gives users a better use experience.

[0050] It should be noted that the carrier support portion 1 has a main carrier and a liquid storage device 4 installed on the main carrier. The liquid storage device is used to store the liquid to be atomized (for example, water, and relevant liquid medicine can be placed when necessary). It has good sealing and capacity indication functions, which is convenient for users to understand the remaining amount of liquid. The inner space of the shell of the main carrier is installed with a power supply unit 5 of the body (for example, a rechargeable battery), a control module 9 connected to the power supply unit (including but not limited to a control circuit board), and an ion generating device connected to the control module 9. The negative ion high-voltage module 8 of the ion generating device is built into the shell of the main carrier, which can improve the integration of the product and take into account safety. The electrodes of the ion generating device are distributed at the ion spray adapter. The shell of the main carrier is installed with a control component 10 connected to the control module. The control component 10 can be either a touch type or a mechanical button structure. This embodiment adopts a mechanical button structure to control the start and stop functions of the ion atomizer.

[0051] The mask part is connected to the liquid storage device 4 of the carrier support part through the ion spray adapter 3. The mask part is provided with an oxygen output hole 2a, a negative ion output hole 2b, and an atomization medium output hole 2c. The ion spray adapter is provided with an atomization generating device. As an option, the atomization generating device adopts an atomization sheet 7, and the atomization sheet is connected to the control circuit board.

[0052] The ion spray adapter 3 has a socket portion that is plugged into the mask portion and a stop portion arranged at one end of the socket portion. The ion spray adapter is provided with an oxygen input channel, an ion discharge needle mounting portion, and an atomizing medium input channel that respectively cooperate with the oxygen output hole, negative ion output hole, and atomizing medium output hole provided on the mask portion.

[0053] The mask part 2 is provided with an ion spray adapter 3, and the mask part 2 is provided with a columnar mounting head to cooperate with the ion spray adapter 3. The ion spray adapter 3 has a socket part 3a socketed in the mask body and a stopper part 3b arranged at one end of the socket part. The ion spray adapter is provided with an oxygen input channel 3-1, an atomizing medium input channel 3-2 and an ion discharge needle mounting part 3-3.

[0054] It should be pointed out that the atomizing medium input channel is equipped with an atomizing sheet 7 of an atomizing generating device. The atomizing generating device of this case adopts advanced high-frequency vibration technology to quickly convert the liquid in the liquid storage device into tiny droplets. The vibration frequency of the atomizing generating device can be adjusted to adapt to different liquid properties and atomization requirements to ensure that the generated droplets are fine and uniform and easy to be absorbed by the human body. The atomizing medium input channel is provided with an atomizing sealing ring 11 at the front end of the atomizing sheet and a special-shaped atomizing sheet sealing ring 12 at the rear end of the atomizing sheet.

[0055] See also Figure 12-13 The stopper of the ion spray adapter 3 comprises a stopper plate 3b-1 and an annular portion 3b-2 arranged at the outer peripheral edge of the stopper plate. The cavity formed by the stopper plate and the annular portion is provided with a rear extension portion 3b-3 coaxial with the atomization channel provided in the socket portion. Fig.14 A stopper 3b-4 is provided at the end of the channel of the rear extension part, and a sinker 3b-5 is provided at the entrance section of the rear extension part 6b-3. The sinker can meet the needs of the built-in installation operation of the atomizing sealing ring at the front end of the atomizing sheet, and the end surface of the sinker can allow the atomizing sheet to rest against it.

[0056] See also Figure 15-16 The special-shaped atomizer sheet sealing ring 12 has a stable annular portion 12a which is inserted into the annular recess formed by the stop plate, the annular portion and the rear extension portion, and a rear convex support portion 12b arranged in the middle of the stable annular portion. The rear convex support portion is provided with an opening 12c which is connected to the rear extension channel. The stable annular portion is provided with an eight-shaped rear convex stabilizing foot 12d connected to the rear convex support portion. The ion discharge needle 6 connected to the negative ion high-voltage module (i.e., the electrode of the ion generating device) can be arranged on the rear convex stabilizing foot 12d. The special-shaped atomizer sheet sealing ring can meet the sealing requirements. More importantly, this structure can avoid axial deflection of the sealing seat in the annular recess, and the eight-shaped stabilizing foot can meet the positioning requirements and also take into account the requirements of installing the ion discharge needle. The special-shaped atomizer sheet sealing ring 12 is installed at the water outlet of the water storage device.

[0057] The carrier support part 1 in the ion atomizer is composed of a front shell 1a, a rear shell 1b, and a bottom plate 1c. Fig.17 The bottom plate 1c is provided with a C-shaped columnar portion 1c-1 with a ridge, a T-shaped portion 1c-2 close to one of the ridges of the C-shaped columnar portion, and a column base portion 1c-3 close to the other ridge of the C-shaped columnar portion. The column base portion here can be distributed with a socket plug of the oxygen delivery tube 14, and the oxygen input port can be connected to an external supply device at the bottom of the bottom plate. A locking piece 13 is provided between the bottom plate and the front shell. The locking piece has a block body 13b and two front end guide columns 13a arranged on the end face of the block body. The locking piece can be fixed to the bottom plate by setting a screw fixing hole on the block body, and the front end guide column can be inserted into the docking hole of the front shell to realize quick locking of the bottom plate and the front shell.

[0058] See also Fig.18 , Fig.19 , Fig. 20 , Fig.21The front shell 1a is provided with a deflection part 1a-1, the adjacent part of the deflection part and the front shell is provided with a positioning head 1-1, the water tank of the liquid storage device 4 is provided with a tongue-shaped part 4a, and the tongue-shaped part 4a is provided with a positioning groove 4b matched with the positioning head. The deflection part is provided with a C-shaped fixed slide groove 1-2, and the liquid storage device is provided with a C-shaped slider 4c matched with the positioning slide groove. A liquid storage device locking structure is provided at the deflection part. Specifically, the deflection part is installed with a push-open body 15, a liquid storage device lock tongue 16 arranged on the push-open body (located in the groove of the push-open body, and the top of the liquid storage device lock tongue 16 has a protrusion that can clamp the bottom of the water tank. When the water tank is in place, the liquid storage device lock tongue 16 pushes up and locks the water tank under the action of the bottom spring) and a liquid storage device unlocking button 17. When the liquid storage device unlocking button 17 is pressed by hand, the two front feet of the liquid storage device unlocking button 17 with inclined surfaces will cooperate with the matching surfaces of the liquid storage device lock tongue 16 and press down the liquid storage device lock tongue 16. At this time, the protrusion of the liquid storage device lock tongue 16 moves downward, and the water tank is not constrained by the protrusion and can be removed from the carrier support part of the ion atomizer for replacement or maintenance.

[0059] Combination Fig. 9 The principle of the ion nebulizer is described in detail. The air pipe of this product can be connected to an external oxygen generator to supply power to the mask, and the power supply unit can use a rechargeable lithium battery to power the entire machine. The control module can be connected to the TAPY-C interface externally. The control module is connected to the ceramic atomizer plate at the atomizer plate contact. The water supplied by the liquid storage device can be atomized by the ceramic atomizer plate and then supplied to the mask as atomization medium. Here, the water tank can be placed with the corresponding medium to be atomized as needed, and the negative ion high-voltage module connected to the control module is connected to the ion discharge needle through the high-voltage contact (the electrode components of the ion generating device of this embodiment are distributed in one group, and multiple groups can be distributed as needed), and the negative ions are released at the mask through the ion discharge needle.

[0060] When in use, the user first injects pure water or a specific liquid medicine into the liquid storage device, and then starts the device by operating the button. The control module automatically adjusts the working parameters of the atomization device to convert the liquid into uniform droplets. At the same time, the ion generation device and the oxygen supply device start working, generating negative ions and an appropriate amount of oxygen, which are mixed with the atomization medium and then output.

[0061] When used for respiratory tract and lung care, the user can place the mouth and nose close to the spray outlet and inhale a mixed gas containing negative ions and ion atomization media to moisten and soothe the respiratory tract, relieve cough symptoms, and promote the cleaning and repair of the lungs.

[0062] When used for beauty treatments, place your face close to the spray outlet, and the ion mist will quickly penetrate deep into the skin, replenishing moisture and nutrients to the skin, achieving a moisturizing and nourishing effect.

[0063] In summary, the application of the ion atomizer provided by the present invention in the fields of medical treatment, health care, and beauty achieves the following effects: First, the ion atomizer of the present invention innovatively realizes the function of synchronously outputting oxygen, negative ions, and ion atomized media. This synchronous output of multiple media breaks the limitation of the single medium output of the traditional atomizer. By adopting advanced ion technology, pure water molecules can be converted into extremely fine and uniform ion spray. This fine spray particle can be more easily absorbed by the human respiratory tract and lungs, thereby effectively moisturizing and soothing the respiratory tract, alleviating cough symptoms, and promoting the cleaning and repair of the lungs. Compared with the traditional atomizer, the present invention greatly reduces the discomfort that may be caused to the user while improving the nursing effect. Secondly, in terms of beauty, the ion mist can quickly penetrate into the deep layer of the skin, replenish moisture and nutrients for the skin, and solve the problem that the moisturizing effect of traditional moisturizing equipment is not lasting and not deep. In addition, the ion spray of the present invention has a significant bactericidal and anti-inflammatory function, which can effectively inhibit the growth and spread of bacteria and inflammation, and provide users with more comprehensive and effective health protection.

[0064] Those skilled in the art will appreciate that the above-mentioned embodiments are specific examples for implementing the present invention, and in actual applications, various changes may be made thereto in form and detail without departing from the spirit and scope of the present invention.

Claims

1. An ion atomizer, comprising a body, characterized in that: The main body includes a mask portion, a liquid storage device, an atomization generating device, an ion generating device, an oxygen supply device, a control module, and a carrier supporting portion; The carrier support part comprises a main carrier and a liquid storage device installed on the main carrier, a power supply unit of the main body, a control module connected to the power supply unit, and an ion generating device connected to the control module are installed in the inner space of the shell of the main carrier, and a control component connected to the control module is installed in the shell of the main carrier; The mask part is connected to the liquid storage device of the carrier support part through an ion spray adapter. The mask part is provided with an oxygen output hole, a negative ion output hole, and an atomization medium output hole. The ion spray adapter is provided with an atomization generating device and an electrode assembly of an ion generating device.

2. The ion atomizer according to claim 1, characterized in that: The ion spray adapter has a socket part that is plugged into the mask part and a stopper part arranged at one end of the socket part. The ion spray adapter is provided with an oxygen input channel, an ion discharge needle mounting part, and an atomizing medium input channel that respectively cooperate with the oxygen output hole, negative ion output hole, and atomizing medium output hole of the mask part.

3. The ion atomizer according to claim 2, characterized in that: The atomizing medium input channel is equipped with an atomizing sheet of an atomizing generating device, and the atomizing medium input channel is provided with an atomizing sealing ring located at the front end of the atomizing sheet and a special-shaped atomizing sheet sealing ring located at the rear end of the atomizing sheet; The special-shaped atomizing sheet sealing ring comprises a stabilizing annular portion into which a stop plate, an annular portion and an annular recess formed by a rear extension portion are placed, and a rear convex support portion is arranged in the middle of the stabilizing annular portion, wherein the rear convex support portion is provided with an opening communicating with the rear extension portion channel, and the stabilizing annular portion is provided with an eight-shaped rear convex stabilizing foot connected to the rear convex support portion.

4. The ion atomizer according to claim 2, characterized in that: The stop part of the ion spray adapter comprises a stop plate and an annular part arranged on the outer peripheral edge of the stop plate, a cavity formed by the stop plate and the annular part is provided with a rear extension part which is coaxial with the atomization channel provided by the socket part, a stop platform is provided at the channel end of the rear extension part, and a sink is provided at the entrance section of the rear extension part.

5. The ion atomizer according to claim 1, characterized in that: The carrier support portion is composed of a front shell, a rear shell, and a bottom plate enclosure. The bottom plate is provided with a C-shaped columnar portion with a ridge, a T-shaped portion close to one of the ridges of the C-shaped columnar portion, and a column base portion close to the other ridge of the C-shaped columnar portion. A locking piece is provided between the bottom plate and the front shell.

6. The ion atomizer according to claim 5, characterized in that: The front shell is provided with a deflection part, the adjacent part of the deflection part and the front shell is provided with a positioning head, the liquid storage device is provided with a tongue-shaped part, and the tongue-shaped part is provided with a positioning groove matched with the positioning head.

7. The ion atomizer according to claim 6, characterized in that The deflection part is provided with a C-shaped fixed slide groove, and the liquid storage device is provided with a C-shaped sliding block matched with the positioning slide groove.

8. The ion atomizer according to claim 6, characterized in that: The deflection part is provided with a press-to-pop-open body, a liquid storage device lock tongue arranged on the press-to-pop-open body, and a liquid storage device unlocking button.

9. A method for using an ion atomizer, characterized in that: It includes: When in use, the user injects pure water or a specific liquid medicine into the liquid storage device, and then starts the device by operating the button. The control module automatically adjusts the working parameters of the atomization device to convert the liquid into uniform droplets. At the same time, the ion generation device and the oxygen supply device start to work, generating negative ions and an appropriate amount of oxygen, which are mixed with the atomization medium and then output; When used for respiratory tract and lung care, the user can place the mouth and nose close to the spray outlet and inhale a mixed gas containing air, negative ions and ion atomization media to moisten and soothe the respiratory tract, relieve cough symptoms, and promote lung cleaning and repair; When used for beauty treatments, place your face close to the spray outlet, and the ion mist will quickly penetrate deep into the skin, replenishing moisture and nutrients to the skin, achieving a moisturizing and nourishing effect.

10. Application of the ion atomizer according to any one of claims 1 to 8 in the fields of medical treatment, health care and beauty.

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